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Carbon Carbon For Aerospace.

Carbon Carbon composites are stable part of the aerospace industry, including for the construction and manufacturer of aerospace components to being used in aircraft brakes.

Typically production within the Aerospace industry requires strict controls and safety measures means and as such only the very best materials can be used. When it came to composites 3D Carbon/Carbon was always a primary choice and still is for some applications. But with the advancement of our 2.5D Short-fibre Carbon Carbon which offers a similar performance. Many applications and users can now switch to a more economical Carbon Carbon composite, especially if their primary use is for Heat-treatment applications.

No mater where the Carbon Carbon Composite is used in the aerospace sectors, it has to meet the highest of requirements and demands. Neftec offers a material that can meet these demands and go beyond the customers requirements.

Providing fixtures and fittings for Heat-treatment is a growing market, replacing existing heavy graphite and alloy fixtures is allowing our aerospace customers to increase output, reduce overheads and provide a higher performing product.

While another big drive for Neftec is increasing our activities in the commercial space exploration. Helping companies produce next generation satellites and deep space engine components.

Applications

  • Heat-Treatment fixtures and fittings for Turbine blades
  • Aviation Brake materials
  • Next Generation aerospace engines – Carbon Carbon Composite Grids for Ion drives
  • Rocket engine components – Sealing vanes, bearing guides

 

Neftec CFC Composite Properties 

Material Grade

PC70

PC70H

Bulk Density g/cm3 1.7 1.7+
Flexural Strength MPa 200 TBA
Inter-laminar Shear Strength (ILSS) MPa 19 19+
Compressive Strength MPa 120 200+
Young’s Modulus GPa 45 TBA
Tensile Strength MPa 120 TBA
( RT-1300C ) 10-6/C 1.3 TBA
Coefficient of Thermal Expansion 10-6/C 10 TBA
Thermal Conductivity W/m・K 35 TBA
12 TBA
Specific Heat 20C J/Kg・K 720 TBA
Electrical Resistivity μΩcm 2800 2800
Sharpy Impact Strength KJ/m2 20  TBA
Shore Hardness 75  TBA
Temperature Rating  2000°c  2000°c

 

Material Grade

IC50

WL60

Bulk Density g/cm3 1.5 1.6
Flexural Strength MPa 100 100
Inter-laminar Shear Strength (ILSS) MPa 10 11
Compressive Strength MPa 100 TBA
Young’s Modulus GPa 55 65
Tensile Strength MPa 100 200
( RT-1300C ) 10-6/C 1.1 1.1
Coefficient of Thermal Expansion 10-6/C 19 9
Thermal Conductivity W/m・K 32 33
10 10
Specific Heat 20C J/Kg・K TBA  TBA
Electrical Resistivity μΩcm NA 2800
Charpy Impact Strength KJ/m2  TBA  TBA
Temperature Rating  Celcius  2000°c  2000°c

Standard sizes available

Carbon/Carbon Composite Size and Grade

Neftec Material Grade

Notes and uses
1000 X 1000 or 2000 x 1000 –  0.6/0.8T to 5T WL60, IC50 Long-fibre and Hybrid short-fibre, furnace insulation
1000 X 1000 x 1.2T to 30T PC70/PC70H Machined, structural items – All furnace applications
1120 X 1120 x 1.2T to 30T PC70/PC70H Machined, structural items – All furnace applications
1250 x 1250 x 1.5T to 20T PC70/PC70H Machined, structural items – All furnace applications
1000 X 2000 x 0.6T to 30T PC70 Shelfs, linings, Fixtures, base trays, PECVD  carriers
1000 x 500 x 90T PC70 Machined and structural items
2200 x 420 x 75T * PC70 CFC Rollers
1500 x 420 x 60T * PC70 Machined items, heating elements

 

Carbon/Carbon Composite Threaded Rod

Neftec Material Grade

M4 X 1000mm to M50 x 1000mm PC70
Φ4 X 1000mm to Φ50 x 1000mm PC70

*The above technical data are typical measured values and are not guaranteed.

Further sizes  and bespoke sizes are available. To find out more on how Neftec Carbon Composites are the ideal solution for your Heat-Treatment needs please contact us for further information.